MedTech Innovator

Lattice Medical is a medical technology company based in Loos, France, founded in 2017. The company specializes in the design and manufacture of innovative prostheses for women who have undergone mastectomy due to breast cancer. Its flagship product, MATTISSE, addresses significant clinical and societal needs by enabling natural breast reconstruction. MATTISSE uses a combination of biomaterials and tissue engineering, including 3D printing, to create custom implants that regenerate autologous adipose tissue. This technology allows for a single surgical procedure, as the fully biodegradable implants dissolve after reconstruction, minimizing invasiveness and pain while reducing surgery time. Lattice Medical aims to replace traditional silicone-based implants with its advanced solutions, thereby enhancing the quality of life for women affected by breast cancer.

Nanochon is focused on creating innovative implantable medical devices designed to address cartilage damage in joints. Utilizing advanced 3D printing techniques and a unique nanomaterial, the company aims to develop solutions that not only replace lost and damaged cartilage but also promote the growth of new tissue. This approach allows medical practitioners to access cost-effective and on-demand devices that enhance treatment outcomes, particularly for young and active patients suffering from knee injuries and diseases. Through its technology, Nanochon seeks to improve the overall quality of care in orthopedics.

The Shape Sensing Company specializes in advanced fiber optic 3D guidance systems that enable physicians to navigate medical devices within three-dimensional, patient-specific anatomical models. This technology is particularly beneficial in endovascular procedures, which traditionally depend on X-ray imaging for device guidance. By utilizing the company's proprietary 3D guidance workstation and guidewire, vascular surgeons and interventional radiologists can potentially reduce procedure times, lower operational costs, and enhance patient outcomes in the millions of vascular procedures performed annually in the United States. Additionally, the company collaborates with several original equipment manufacturer (OEM) partners to develop various 3D guided devices, which broadens the reach of its technology and maximizes revenue opportunities. Beyond the medical field, the company’s sensing technology has applications in industries such as aerospace, civil engineering, mining, and energy, providing significant feedback on the location and guidance of surgical tools and offering alternatives to harmful imaging methods.

Fingy3D is a company focused on making prosthetic devices accessible to individuals, specifically targeting finger prosthetics. Utilizing an AI scanner, the company accurately measures the user's finger dimensions and generates a custom prosthetic that is 3D printed. This innovative approach allows customers to receive personalized finger prosthetics conveniently at their doorsteps, ensuring that even the smallest digit can be replaced and made functional. Fingy3D aims to enhance the quality of life for those in need of prosthetic solutions.

Fingy3D is a company focused on making prosthetic devices accessible to individuals, specifically targeting finger prosthetics. Utilizing an AI scanner, the company accurately measures the user's finger dimensions and generates a custom prosthetic that is 3D printed. This innovative approach allows customers to receive personalized finger prosthetics conveniently at their doorsteps, ensuring that even the smallest digit can be replaced and made functional. Fingy3D aims to enhance the quality of life for those in need of prosthetic solutions.

ImmersiveTouch, Inc. is a medical technology company based in Chicago, Illinois, specializing in virtual reality simulators for medical training and patient engagement. Established in 2005, the company develops applications for surgical education and pre-operative planning, utilizing its advanced Ikshana XR platform. This platform employs proprietary software and artificial intelligence to convert radiology scans into 3D simulations, allowing for detailed anatomical exploration and informed surgical decision-making. ImmersiveTouch's surgical simulators feature an immersive pod where surgeons interact with realistic 3D models, experiencing high visual acuity and realistic sensory feedback. The training modules cover various specialties, including core surgical skills, neurosurgery, orthopedic surgery, spine, and ophthalmology. By providing actionable insights, ImmersiveTouch aims to improve patient outcomes, reduce complications, and enhance the efficiency of surgical procedures.

Deneb Medical is a start-up focused on creating a robotic platform intended for various surgical applications, including neurosurgery, cranio-maxillofacial surgery, head and neck surgery, urology, and general surgery. The company's technology centers around a laser-based robotic surgery system that assists surgeons, particularly in spine surgery, by utilizing optical and photonic techniques for tissue ablation. This innovative system enhances surgical precision and efficiency through features such as three-dimensional visualization and augmented reality guidance, ultimately aiming to facilitate minimally invasive procedures and improve patient outcomes.

Inbrace is a medical device company focused on innovative orthodontic solutions. Its flagship product, INBRACE, is a discreet alignment system that is placed behind the teeth, utilizing patented self-guiding technology to apply continuous forces for gentle correction of dental alignment. This approach significantly reduces pain and minimizes the number of required visits to the orthodontist, addressing common patient concerns and enhancing satisfaction. INBRACE is FDA registered and aims to expand access to orthodontic treatment, thereby driving practice growth for dental professionals. The company's platform incorporates digital treatment planning, computer modeling, and direct digital manufacturing, allowing for customized solutions that maintain high standards of care across various orthodontic cases.

Mighty Oak Medical specializes in developing advanced medical equipment focused on improving surgical outcomes in spinal procedures. Founded in 2011 and headquartered in Colorado, the company has created the innovative FIREFLY Technology, which utilizes a patient's 3D imaging data to produce custom surgical guides through 3D printing. This technology provides an affordable and disposable option for surgical navigation, allowing surgeons to achieve an optimal screw trajectory with greater precision. By offering patient-specific guides and pre-surgical plans, Mighty Oak Medical aims to enhance the accuracy and cost-effectiveness of spinal surgeries, ultimately prioritizing patient-centered care.